American Mineralogist Crystal Structure Database

10 matching records for this search.

Epistilbite
Download hom/epistilbite.pdf
Cruciani G, Martucci A, Meneghini C
 
European Journal of Mineralogy 15 (2003) 257-266
Dehydration dynamics of epistilbite by in situ time resolved synchrotron
powder diffraction
T = 323 K
_database_code_amcsd 0006967
9.1001 17.7564 10.2380 90 124.624 90 C2/m
atom     x     y     z  occ Uiso
Ca1  .7516     0 .2478  .47 .070
Ca2  .7464     0 .5106  .25 .093
AlT1 .0044 .0886 .1664 .242 .031
SiT1 .0044 .0886 .1664 .758 .031
AlT2 .2990 .2085 .3879 .242 .031
SiT2 .2990 .2085 .3879 .758 .031
AlT3 .7192 .1970 .1069 .242 .031
SiT3 .7192 .1970 .1069 .758 .031
O1   .0253     0 .2183      .070
O2       0 .0950     0      .070
O3   .8076 .1146 .1276      .070
O4   .1696 .1345 .3174      .070
O5      .5 .1810     0      .070
O6      .5 .1666    .5      .070
O7     .75   .25     0      .070
O8   .7660 .2198 .2817      .070
O9     .25   .25    .5      .070
Wat1    .5     0    .5      .128
Wat2     0 .0805    .5  .95 .083
Wat3 .5702 .0889 .2895  .97 .182
Wat4    .5     0     0      .117
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Epistilbite
Download hom/epistilbite.pdf
Cruciani G, Martucci A, Meneghini C
 
European Journal of Mineralogy 15 (2003) 257-266
Dehydration dynamics of epistilbite by in situ time resolved synchrotron
powder diffraction
T = 429 K
_database_code_amcsd 0006968
9.1014 17.7326 10.2378 90 124.607 90 C2/m
atom     x     y     z  occ Uiso
Ca1  .7409     0 .2338  .47 .067
Ca2  .7425     0 .5109  .28 .070
AlT1 .0040 .0868 .1645 .242 .033
SiT1 .0040 .0868 .1645 .758 .033
AlT2 .2982 .2079 .3869 .242 .033
SiT2 .2982 .2079 .3869 .758 .033
AlT3 .7165 .1950 .1032 .242 .033
SiT3 .7165 .1950 .1032 .758 .033
O1   .0263     0 .2180      .072
O2       0 .0919     0      .072
O3   .8089 .1126 .1279      .072
O4   .1699 .1320 .3161      .072
O5      .5 .1806     0      .072
O6      .5 .1655    .5      .072
O7     .75   .25     0      .072
O8   .7618 .2201 .2768      .072
O9     .25   .25    .5      .072
Wat1    .5     0    .5  .94 .177
Wat2     0 .0720    .5  .91 .170
Wat3 .5628 .0788 .2864  .78 .183
Wat4    .5     0     0      .106
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View JMOL 3-D Structure
 
Epistilbite
Download hom/epistilbite.pdf
Cruciani G, Martucci A, Meneghini C
 
European Journal of Mineralogy 15 (2003) 257-266
Dehydration dynamics of epistilbite by in situ time resolved synchrotron
powder diffraction
T = 528 K
_database_code_amcsd 0006969
9.0935 17.6912 10.2094 90 124.569 90 C2/m
atom     x     y     z  occ Uiso
Ca1  .7460     0 .2378  .41 .077
Ca2  .7250     0 .4968  .29 .155
AlT1 .0102 .0859 .1683 .242 .035
SiT1 .0102 .0859 .1683 .758 .035
AlT2 .2926 .2087 .3850 .242 .035
SiT2 .2926 .2087 .3850 .758 .035
AlT3 .7164 .1956 .1036 .242 .035
SiT3 .7164 .1956 .1036 .758 .035
O1   .0399     0 .2331      .068
O2       0 .0761     0      .068
O3   .8152 .1157 .1282      .068
O4   .1717 .1344 .3080      .068
O5      .5 .1788     0      .068
O6      .5 .1738    .5      .068
O7     .75   .25     0      .068
O8   .7654 .2184 .2793      .068
O9     .25   .25    .5      .068
Wat1    .5     0    .5  .83 .186
Wat2     0 .1016    .5  .66 .140
Wat3 .5770 .0846 .3205  .49 .188
Wat4    .5     0     0  .71 .130
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View JMOL 3-D Structure
 
Epistilbite
Download hom/epistilbite.pdf
Cruciani G, Martucci A, Meneghini C
 
European Journal of Mineralogy 15 (2003) 257-266
Dehydration dynamics of epistilbite by in situ time resolved synchrotron
powder diffraction
T = 666 K
_database_code_amcsd 0006970
8.845 16.607 9.746 90 123.19 90 C2/m
atom      x     y     z  occ Uiso
Ca1'   .500     0  .580  .41 .110
Ca2'      0 .0452    .5  .50 .094
Ca4'     .5     0     0  .12 .250
AlT1 -.0075 .0858 .1626 .242 .061
SiT1 -.0075 .0858 .1626 .758 .061
AlT2  .3051 .2047 .3879 .242 .061
SiT2  .3051 .2047 .3879 .758 .061
AlT3  .7140 .1879 .1053 .242 .061
SiT3  .7140 .1879 .1053 .758 .061
O1    .0589     0 .2595      .113
O2        0 .0779     0      .113
O3    .7859 .0967 .1094      .113
O4    .1324 .1501 .2866      .113
O5       .5 .1739     0      .113
O6       .5 .1621    .5      .113
O7      .75   .25     0      .113
O8    .8081 .2188 .2870      .113
O9      .25   .25    .5      .113
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View JMOL 3-D Structure
 
Mordenite
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Martucci A, Sacerdoti M, Cruciani G, Dalconi C
 
European Journal of Mineralogy 15 (2003) 485-493
In situ time resolved synchrotron powder diffraction study of mordenite
Sample: T = 25 C
_database_code_amcsd 0006995
18.120 20.494 7.531 90 90 90 Cmcm
atom    x    y    z   occ Uiso
NaA     0   .5    0  .775 .033
WatA    0   .5    0  .225 .033
KB      0 .579  .25  .035 .140
WatB    0 .579  .25  .485 .140
CaC  .444 .215  .25  .118 .150
MgC  .444 .215  .25 .0055 .150
SrC  .444 .215  .25 .0005 .150
WatD   .5 .335  .25  .716 .140
WatE .627 .481  .25  .952 .110
CaF    .5 .478  .25  .236 .043
MgF    .5 .478  .25  .011 .043
SrF    .5 .478  .25  .001 .043
WatF   .5 .478  .25  .173 .043
WatG   .5 .398 .487  .793 .096
WatH .111    0    0  .294 .015
WatJ    0 .060 .064  .610 .098
SiT1 .303 .072 .037 .8444 .011
AlT1 .303 .072 .037 .1542 .011
FeT1 .303 .072 .037 .0006 .011
SiT2 .305 .311 .046 .8444 .011
AlT2 .305 .311 .046 .1542 .011
FeT2 .305 .311 .046 .0006 .011
SiT3 .088 .388  .25 .8444 .011
AlT3 .088 .388  .25 .1542 .011
FeT3 .088 .388  .25 .0006 .011
SiT4 .085 .229  .25 .8444 .011
AlT4 .085 .229  .25 .1542 .011
FeT4 .085 .229  .25 .0006 .011
O1   .118 .414 .443       .024
O2   .121 .191 .422       .024
O3   .231 .117 .990       .024
O4   .095 .308  .25       .024
O5   .163 .193  .75       .024
O6   .179 .422  .75       .024
O7   .235   .5   .5       .024
O8    .25  .25   .5       .024
O9      0 .405  .25       .024
O10     0 .203  .25       .024
Download AMC data (View Text File)
Download CIF data (View Text File)
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View JMOL 3-D Structure
 
Mordenite
Download hom/mordenite.pdf
Martucci A, Sacerdoti M, Cruciani G, Dalconi C
 
European Journal of Mineralogy 15 (2003) 485-493
In situ time resolved synchrotron powder diffraction study of mordenite
Sample: T = 200 C
_database_code_amcsd 0006996
18.074 20.446 7.531 90 90 90 Cmcm
atom     x    y    z   occ Uiso
WatA     0   .5    0   .75 .113
WatB     0 .569 .154  .449 .136
CaC'  .410 .116  .25  .023  .08
MgC'  .410 .116  .25  .001  .08
SrC'  .410 .116  .25 .0001  .08
WatC' .410 .116  .25  .096  .08
CaD'    .5 .254 .377  .031  .14
MgD'    .5 .254 .377 .0014  .14
SrD'    .5 .254 .377 .0001  .14
WatD'   .5 .254 .377  .133  .14
WatE  .600 .502  .25  .519 .116
CaF     .5 .407  .25 .3315 .130
MgF     .5 .407  .25 .0031 .130
SrF     .5 .407  .25 .0004 .130
WatF    .5 .407  .25  .141 .130
WatG    .5 .351 .419  .061 .100
WatG'   .5 .351 .419  .061 .100
WatH  .090    0    0  .178 .102
WatJ     0 .103 .003  .501 .101
SiT1  .306 .075 .034 .8444 .048
AlT1  .306 .075 .034 .1542 .048
FeT1  .306 .075 .034 .0006 .048
SiT2  .306 .308 .041 .8444 .048
AlT2  .306 .308 .041 .1542 .048
FeT2  .306 .308 .041 .0006 .048
SiT3  .092 .385  .25 .8444 .048
AlT3  .092 .385  .25 .1542 .048
FeT3  .092 .385  .25 .0006 .048
SiT4  .086 .226  .25 .8444 .048
AlT4  .086 .226  .25 .1542 .048
FeT4  .086 .226  .25 .0006 .048
O1    .122 .414 .443       .062
O2    .124 .187 .416       .062
O3    .237 .126 .986       .062
O4    .090 .308  .25       .062
O5    .158 .201  .75       .062
O6    .185 .423  .75       .062
O7    .234   .5   .5       .062
O8     .25  .25   .5       .062
O9       0 .400  .25       .062
O10      0 .203  .25       .062
Download AMC data (View Text File)
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Download diffraction data (View Text File)
View JMOL 3-D Structure
 
Mordenite
Download hom/mordenite.pdf
Martucci A, Sacerdoti M, Cruciani G, Dalconi C
 
European Journal of Mineralogy 15 (2003) 485-493
In situ time resolved synchrotron powder diffraction study of mordenite
Sample: T = 450 C
_database_code_amcsd 0006997
18.024 20.386 7.503 90 90 90 Cmcm
atom     x    y     z   occ Uiso
WatA     0   .5     0   .72 .107
WatB     0 .559  .127  .260 .125
WatC' .441 .125   .25  .131 .151
WatD'   .5 .251  .372  .110 .139
WatE  .586 .523   .25  .146 .166
WatG    .5 .313  .434  .150 .130
WatG'   .5 .313  .434  .150 .130
WatJ     0 .075 -.024  .314 .182
SiT1  .299 .073  .035 .8444 .050
AlT1  .299 .073  .035 .1542 .050
FeT1  .299 .073  .035 .0006 .050
SiT2  .308 .306  .038 .8444 .050
AlT2  .308 .306  .038 .1542 .050
FeT2  .308 .306  .038 .0006 .050
SiT3  .088 .387   .25 .8444 .050
AlT3  .088 .387   .25 .1542 .050
FeT3  .088 .387   .25 .0006 .050
SiT4  .087 .227   .25 .8444 .050
AlT4  .087 .227   .25 .1542 .050
FeT4  .087 .227   .25 .0006 .050
O1    .124 .414  .436       .068
O2    .118 .191  .428       .068
O3    .236 .125  .980       .068
O4    .086 .306   .25       .068
O5    .159 .191   .75       .068
O6    .177 .417   .75       .068
O7    .233   .5    .5       .068
O8     .25  .25    .5       .068
O9       0 .409   .25       .068
O10      0 .205   .25       .068
Download AMC data (View Text File)
Download CIF data (View Text File)
Download diffraction data (View Text File)
View JMOL 3-D Structure
 
Mordenite
Download hom/mordenite.pdf
Martucci A, Sacerdoti M, Cruciani G, Dalconi C
 
European Journal of Mineralogy 15 (2003) 485-493
In situ time resolved synchrotron powder diffraction study of mordenite
Sample: T = 830 C
_database_code_amcsd 0006998
18.029 20.308 7.493 90 90 90 Cmcm
atom     x    y    z   occ Uiso
NaA      0   .5    0  .547 .123
WatA     0   .5    0   .88 .123
WatB     0 .559 .125  .104 .090
WatC' .410 .179  .25  .107 .107
WatD'   .5 .288 .350  .133 .142
SiT1  .303 .073 .038 .8444 .058
AlT1  .303 .073 .038 .1542 .058
FeT1  .303 .073 .038 .0006 .058
SiT2  .308 .309 .039 .8444 .058
AlT2  .308 .309 .039 .1542 .058
FeT2  .308 .309 .039 .0006 .058
SiT3  .089 .387  .25 .8444 .058
AlT3  .089 .387  .25 .1542 .058
FeT3  .089 .387  .25 .0006 .058
SiT4  .084 .227  .25 .8444 .058
AlT4  .084 .227  .25 .1542 .058
FeT4  .084 .227  .25 .0006 .058
O1    .119 .413 .442       .079
O2    .120 .197 .429       .079
O3    .234 .121 .993       .079
O4    .085 .306  .25       .079
O5    .158 .197  .75       .079
O6    .167 .421  .75       .079
O7    .230   .5   .5       .079
O8     .25  .25   .5       .079
O9       0 .411  .25       .079
O10      0 .194  .25       .079
Download AMC data (View Text File)
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Download diffraction data (View Text File)
View JMOL 3-D Structure
 
Thaumasite
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Martucci A, Cruciani G
 
Physics and Chemistry of Minerals 33 (2006) 723-731
In situ time resolved synchrotron powder diffraction study of thaumasite
Sample: T = 303 K
_database_code_amcsd 0009048
11.0575 11.0575 10.4163 90 90 120 P6_3
atom     x     y      z Uiso
Ca   .1962 .9895  .2463 .031
Si       0     0 -.0039 .032
C      1/3   2/3  .4674 .007
S      1/3   2/3  .9836 .039
O5   .2055 .6287  .4633 .036
O6   .1926 .6244  .0414 .032
O9     1/3   2/3  .8392 .067
OH7  .1181 .1219  .0964 .040
OH8  .1429 .1288  .3879 .017
Wat1 .3916 .2287  .2397 .058
Wat2 .2605 .4008  .2535 .060
Wat3 .0034 .3330  .0591 .037
Wat4 .0226 .3584  .4118 .038
Download AMC data (View Text File)
Download CIF data (View Text File)
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View JMOL 3-D Structure
 
Thaumasite
Download hom/thaumasite.pdf
Martucci A, Cruciani G
 
Physics and Chemistry of Minerals 33 (2006) 723-731
In situ time resolved synchrotron powder diffraction study of thaumasite
Sample: T = 413	K
_database_code_amcsd 0009049
11.0825 11.0825 10.4447 90 90 120 P6_3
atom      x     y     z occ Uiso
Ca    .1975 .9909  .231     .019
Si        0     0 -.025     .023
C       1/3   2/3  .449     .003
S       1/3   2/3  .977     .042
O5    .2085 .6272  .456     .042
O6    .1954 .6296  .031     .024
O9      1/3   2/3  .832     .026
OH7   .1211 .1232  .080     .033
OH8   .1465 .1340  .372     .003
Wat1  .3927 .2367  .226 .98 .024
Wat2  .2555 .4080  .242 .96 .076
Wat3 -.0018 .3297  .044 .96 .002
Wat4  .0208 .3656  .390 .99 .028
Download AMC data (View Text File)
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View JMOL 3-D Structure
 
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Total number of retrieved datasets: 10
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